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OPTOLONG 1.25" UV/IR Cut Filter for CCD Digital
OPTOLONG 1.25" UV/IR Cut Filter for CCD Digital
OPTOLONG 1.25" UV/IR Cut Filter for CCD Digital
OPTOLONG 1.25" UV/IR Cut Filter for CCD Digital
OPTOLONG 1.25" UV/IR Cut Filter for CCD Digital
OPTOLONG 1.25" UV/IR Cut Filter for CCD Digital
OPTOLONG 1.25" UV/IR Cut Filter for CCD Digital
OPTOLONG 1.25" UV/IR Cut Filter for CCD Digital

OPTOLONG 1.25" UV/IR Cut Filter for CCD Digital Astrophotography

Product ID : 50411077


Galleon Product ID 50411077
Shipping Weight 0.07 lbs
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Model 044
Manufacturer Optolong
Shipping Dimension 2.95 x 2.91 x 0.91 inches
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3,892

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*Packaging of actual item may differ from photo shown
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OPTOLONG 1.25" UV/IR Cut Filter for CCD Digital Features

  • 1. 96% transmission at 486nm (H-beta) 2.95% transmission at 496nm (OIII)

  • 3.92.5% transmission at 501nm (OIII) 4.98% transmission at 656nm (H-alpha)

  • 5. pass from 450 to 520nm and from 620nm 6.Entire Blocking of annoying wavelengths

  • 7.Ideal All-round Deep Sky filter even for small telescopes 8.Not sensitive to humidity or aging

  • 9.Scratch-resistant

  • 10. Excellent carrier material. The optical Leitungs of your telescope is not reduced by the filter in any way

  • 11. Parfocal with other Optolong filters 12.Glass thickness: 1.85mm

  • 13.Completely resistant against high humidity, scratches and aging effects

  • 14.Diffraction limited, the filter will not reduce the optical performance of your telescope

  • 15.Optolong filters are delivered in a high-quality, long lasting, filter box


About OPTOLONG 1.25" UV/IR Cut Filter For CCD Digital

OPTOLONG Astronomical filters are used worldwide by professionals and advanced amateurs because of their superior quality and our guarantee. Our filters are correctly optimized for naked eye visual observation, each object will be viewed with maximum contrast through your eyepiece. The transmission curves of the filters are designed so that you gain maximum contrast and brightness while retaining the subtlest gradations in each object. Unmatched optical quality and high efficiency hardened multi-coatings result in the sharpest and highest images possible.